Video_1_Do Gray Whales Count Calories? Comparing Energetic Values of Gray Whale Prey Across Two Different Feeding Grounds in the Eastern North Pacific.MOV by Lisa Hildebrand (11169687)

“…This value, as well as the mean energetic value of the mysid Neomysis rayii (2.42 ± 1.06 kJ g^{– 1}), are higher than the mean caloric content of Ampelisca macrocephala, the predominant Arctic amphipod. …”

The dog Jack following the 3-down 1-up adaptive threshold procedure for C-4 in standard conditions. by Lauren S. Fernandez (18004244)

“…Eight reversals were reached during testing and threshold was calculated as the geometric mean of the last six reversals.</p>…”

Prediction of drug combinations for potential new screen for neurodegenerative disorders. by Jeremy Grignard (12963351)

“…The detyrosination rate constant <i>k</i>₁ is decreased by a factor one hundred at 60 units of time (min). …”

Video3_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video10_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video7_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video2_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video5_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video3_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video2_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video5_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video6_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video7_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video6_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video10_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video8_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video9_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video9_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video4_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”

Video8_From Single to Collective Motion of Social Amoebae: A Computational Study of Interacting Cells.mp4 by Eduardo Moreno (314112)

“…We then systematically studied the collisions between two cells that provided the basic interaction scenarios also observed in larger ensembles of interacting amoebae. Finally, the relevance of the cell density was analyzed, revealing a systematic decrease of the motility with density, associated with the formation of transient cell clusters that emerge in this system even though our model does not include any attractive interactions between cells. …”